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| Description: Equality inference for function value. |
| Ref | Expression |
|---|---|
| fveq2i.1 |
|
| Ref | Expression |
|---|---|
| fveq2i |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | fveq2i.1 |
. 2
| |
| 2 | fveq2 3800 |
. 2
| |
| 3 | 1, 2 | ax-mp 7 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: tz7.44-1 4004 tz7.44-2 4005 inf3lemc 4697 rankid 4758 rankpr 4778 rankop 4779 ranksuc 4786 numthlem 4869 cardiun 4948 alephcard 4956 aleph1 4960 addclprlem2 5208 uzrdginii 6596 seq1lem1 6602 seq11lem 6608 seq1suclem 6609 seq00 6673 seq01 6675 sqr1 6839 sqrsqi 6843 cjcji 6901 recji 6905 imcji 6906 readdi 6907 imaddi 6908 remuli 6909 immuli 6910 renegi 6917 imnegi 6919 rei 6947 imi 6948 absval2i 6964 abssubi 6969 absmuli 6970 absidi 6984 absi 7001 abslem2i 7031 facp1 7059 fac2 7060 fac3 7061 bcpasc2i 7090 fsumshft 7154 ser0cji 7188 isumnn0nn 7330 cvgratlem2ALT 7371 ivthlem6 7409 ivthlem7 7410 isupivthi 7413 efaddlem5 7465 efaddlem23 7483 efsepi 7520 eflti 7530 efcnlem2 7544 sin0 7568 sin0ALT 7569 cos0 7570 sinaddi 7575 cosaddi 7576 cos2OLD 7589 sin01bndlem1 7592 cos2bnd 7600 sin4lt0 7606 ruclem16 7650 ruclem25 7659 ruclem30 7664 ruclem31 7665 ruclem32 7666 aleph1re 7676 cnmetdval 8022 qdensere2 8036 oprcn 8097 fsumcnlem 8109 0vfval 8344 nvvop 8347 nvvc 8353 vsfval 8373 cnnvg 8427 cnnvs 8430 cnnvnm 8431 imsdval 8436 ipval2lem1 8470 ipval2 8476 ipid 8482 nmblolbii 8578 blocnilem 8583 ip0i 8603 ip1ilem 8604 ipasslem10 8618 siilem1 8630 cnbn 8647 pilem3 8791 sinhalfpilem 8797 cospi 8800 sincos4thpi 8829 sincos6thpi 8830 eflog 8879 pilog 8887 h2hva 8962 h2hsm 8963 h2hnm 8964 axhfvadd 8971 axhvcom 8972 axhvass 8973 axhv0cl 8974 axhvaddid 8975 axhfvmul 8976 axhvmulid 8977 axhvmulass 8978 axhvdistr1 8979 axhvdistr2 8980 axhvmul0 8981 axhfi 8982 axhis1 8983 axhis2 8984 axhis3 8985 axhis4 8986 axhcompl 8987 norm-iii.i 9126 normsubi 9128 norm3difi 9134 normpar2i 9143 hh0v 9155 hhssva 9249 hhsssm 9250 hhssnm 9251 hhshsslem1 9257 hhsssh2 9260 occllem1 9293 projlem7 9312 projlem18 9323 pjthlem1 9339 pjthlem7 9345 pjthlem13 9351 pjoc2i 9391 choc1 9411 dfchj3 9445 shjcom 9450 shs0i 9492 chj0i 9498 chdmj1i 9524 chjassi 9529 chjoi 9531 spansn0 9584 spanpr 9623 qlaxr4i 9695 pjadjii 9738 pjaddii 9740 pjmulii 9742 pjsubii 9743 pjcji 9749 pjnormi 9786 pjpythi 9787 ho0val 9796 lnop0 10007 lnophmlem2 10059 nmbdoplbi 10066 lnfn0i 10088 nmopadji 10140 nmoptri2i 10149 nmopcoadj2i 10152 unierri 10154 branmfn 10155 pjbdlni 10193 pjclem2 10242 sto1i 10281 stm1ri 10289 st0 10294 hstrlem3a 10305 hstrlem4 10307 golem1 10316 superpos 10399 shatomistici 10406 ghomgrpilem2 10507 cayleylem3 10532 1ded 10806 homib 10859 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 ax-7 994 ax-gen 995 ax-8 996 ax-10 998 ax-11 999 ax-12 1000 ax-13 1001 ax-14 1002 ax-17 1003 ax-4 1005 ax-5o 1007 ax-6o 1010 ax-9o 1155 ax-10o 1173 ax-16 1243 ax-11o 1251 ax-ext 1494 ax-sep 2754 ax-pow 2794 ax-pr 2832 |
| This theorem depends on definitions: df-bi 145 df-or 222 df-an 223 df-ex 1013 df-sb 1205 df-eu 1415 df-mo 1416 df-clab 1500 df-cleq 1505 df-clel 1508 df-ne 1624 df-v 1850 df-dif 2093 df-un 2094 df-in 2095 df-ss 2097 df-nul 2325 df-pw 2447 df-sn 2457 df-pr 2458 df-op 2461 df-uni 2552 df-br 2670 df-opab 2718 df-xp 3239 df-cnv 3241 df-dm 3243 df-rn 3244 df-res 3245 df-ima 3246 df-fv 3253 |